Examples of 'structure-activity' in a sentence
Meaning of "structure-activity"
Structure-activity refers to the relationship between the chemical structure of a compound and its biological activity or function
How to use "structure-activity" in a sentence
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structure-activity
They aim to find structure-activity relations.
Structure-activity relationships of the cannabinoids.
Analysis by quantitative structure-activity relationships.
Structure-activity relationships of the cycloalkyl ring of phencyclidine.
These peptides were used in structure-activity relationship studies.
Structure-activity relationships will be established.
This example describes structure-activity relationships of the compounds.
Structure-activity relationships are also discussed.
For each of these series, structure-activity relationships have been established.
Structure-activity relationship are briefly discussed.
Further studies were done to explore the structure-activity relationship of the compounds.
Structure-activity relationships were briefly discussed.
These evaluations allowed to define interesting structure-activity relationships of pulvinic derivatives.
Structure-activity relationship is also discussed.
These inhibitors are based on knowledge in varying degrees of their structure-activity relationship.
See also
Further structure-activity relationship studies.
Our results allow us to create a model making it possible to establish structure-activity relationship.
Quantitative structure-activity relationship analysis.
Assessment of the environmental relevance by assessing or classifying substance characteristics such as structure-activity relationship.
Determination of structure-activity relationships important for bioactivity.
Compilation of this data will allow for the definition of nanomaterial structure-activity relationships.
The structure-activity relationship of morphine has been extensively studied.
Researchers obtained a better understanding of the structure-activity relationship around the antifungal molecule.
Extensive structure-activity relationship investigations have been undertaken.
However, until present there were no studies on the structure-activity relationship for these compounds.
A structure-activity relationship was discussed on the basis of these results.
Docking studies highlighted a binding mode in agreement with the observed structure-activity relationships.
Appropriate structure-activity relationships.
Comparison of the structures of the two activating compounds suggested a possible structure-activity relationship.
Structure-activity relationships are proposed.
The methods are also useful from a structure-activity prospective, to evaluate or ensure biological equivalence.
Structure-activity studies of various nucleotide analogues have been reported.
Variation in aqueous solubility may be an additional factor underlying this initial structure-activity result.
The structure-activity relationships in this class of compounds are discussed.
This approach is based on the growing knowledge about structure-activity relationships for peroxisome proliferation.
The structure-activity relations for acceleration of efflux of cytoplasmic amine were examined.
This study enabled us to extract important structure-activity relationships of great importance for further development.
Structure-activity relationships of the opioid agonists and antagonists have been reviewed.
Therefore, considerable room remains for optimization of the structure-activity relationship for motilin agonists.
Information about structure-activity relationships is obtained from co-crystallization studies.
These efforts have yielded valuable information on AMP structure-activity.
Quantitative structure-activity relationships for fish early life stage toxicity.
The efforts unleashed a multitude of compounds borne from structure-activity relations developed from the tubocurare molecule.
Determination of structure-activity factors governing bioactives properties of phytochemicals present in important agricultural commodies.
Furthermore several tuftsin analogues have been synthetised and structure-activity and structure-stability relationships have been shown.
The structure-activity relationship describes the connection between chemical structure and biological effect.
Mesembrine is an inhibitor of PDE4 that follows the structure-activity relationship of rolipram.
Discussion about structure-activity relationship is not possible based on two compounds only.
Afterwards, Bestatin has been extensively studied as far as the structure-activity relationship is concerned.
Determination of the structure-activity relationship is critical to discovery of the mechanism underlying relief.
